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空中医疗运输的生物医学设备考量

Biomedical equipment considerations for aeromedical transports.

作者信息

Riha C D

机构信息

Detroit-Macomb Hospital Corporation, MI.

出版信息

Biomed Instrum Technol. 1993 Jan-Feb;27(1):22-30.

PMID:8418963
Abstract

Due to the eight stresses of flight and Federal Aeronautics Administration (FAA) requirements, biomedical equipment that is utilized in aeromedical transports presents certain challenges that the biomedical department should be aware of. U.S. Air Force military studies of a large number of specific models are available through the government. This author recommends prepurchase flight tests and input from flight crews to ensure safe operation of any new equipment. The equipment should also be designed for air transport. Permanent pacemakers should be programmed to a non-atrial sensing mode or an asynchronous mode before the patient is on board the aircraft. Temporary pacers and automatic defibrillators should also be set to a mode where the vibrations of flight will not trigger any errant behavior. With the proper precautions, aeromedical transports will continue to be a rapidly growing transport system for both trauma patients and intrahospital transfers. With a little research, the biomedical engineer can also be a valuable asset to the ground support crew.

摘要

由于飞行的八项压力以及美国联邦航空管理局(FAA)的要求,航空医疗运输中使用的生物医学设备带来了一些生物医学部门应予以关注的特定挑战。通过政府可以获取美国空军对大量特定型号设备的军事研究。本文作者建议进行预购飞行测试并听取机组人员的意见,以确保任何新设备的安全运行。设备还应设计用于航空运输。在患者登机前,永久性起搏器应设置为非心房感知模式或异步模式。临时起搏器和自动除颤器也应设置为飞行振动不会触发任何异常行为的模式。采取适当的预防措施后,航空医疗运输将继续成为创伤患者和医院内转运快速发展的运输系统。通过一些研究,生物医学工程师也可以成为地面保障人员的宝贵资产。

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